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Development of a Traffic Noise Energy Harvesting Standalone System Using Piezoelectric Transducers and Super-Capacitor

机译:利用压电换能器和超级电容器开发交通噪声能量收集独立系统

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Despite being considered a nuisance in society, traffic noise can be utilized as a source of electrical energy. This study presents how the integration of a piezoelectric transducer and a super-capacitor can be used to extract such noise into renewable energy in the form of electricity. A prototype was developed and installed strategically between the traffic-congested streets of Lerma and Nicanor Reyes within the university belt area in Sampaloc, Metro Manila, Philippines. The collected average noise level of approximately 75 dB generated 5.5Volts direct current on a small-scale simulation. The sound harnessed using optimal height positioning fully captured the highest decibel level because of the tendency of the sound to grow louder as the prototype gets closer to the source at 5.6 m, a mounting height without obstructions to pedestrians.
机译:尽管在社会上被认为是令人讨厌的事情,但是交通噪声可以用作电能的来源。这项研究提出了如何将压电换能器和超级电容器集成在一起,以将此类噪声提取为电能形式的可再生能源。在菲律宾马尼拉大都会桑帕洛克的大学带区域内,勒马和尼卡诺尔·雷耶斯的交通拥挤的街道之间战略性地开发并安装了原型。在小规模仿真中,收集到的大约75 dB的平均噪声水平产生了5.5V的直流电。使用最佳高度定位所利用的声音完全捕获了最高的分贝水平,因为当原型在5.6 m处接近声源时,声音趋于变大,安装高度不受行人的阻碍。

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